Cerebral Palsy Tool Assistant

We all deserve to create. Some people seem to have the muses hidden in their pocket, but everyone benefits when they express themselves in their chose art form. Each of us has tools, from Dremels to paintbrushes, and many folks here build their own implements. Even if we don’t have our macro-enabled mechanical keyboard or a dual-extrusion printer, we can make due. But what if you couldn’t operate your drill, or mouse, or even a pencil? To us, that would be excruciating and is the reality for some. [Laura Roth] and [Christopher Sweeney] are art teachers designing a tool holder for their students with cerebral palsy so that they can express themselves independently.

On either side of this banner image, you can see pencil drawings from [Sara], who has spastic cerebral palsy. She made these drawings while wearing the tool holder modeled after her hand. Now, that design serves other students and is part of the 2020 Hackaday Prize. The tool holder wraps around the wrist like a wide bracelet. Ribbing keeps its shape, and a tube accepts cylindrical objects, like pencils, styluses, and paintbrushes.The result is that the tip of the pencil is not far from where it would have been if held in the hand, but this sidesteps issues with grip and fine control in hands and fingers.

The print is available as an STL and should be printed with flexible filament to ensure it’s comfortable to wear. Be mindful of digital styluses which may need something conductive between the barrel and user.

Hackers are familiar with the challenges of cerebral palsy, and we’ve enjoyed seeing a variety of solutions over the years like door openers, camera gimbals, and just being altogether supportive.

M-CLE: Hacked Smart Cycle

smartcycle

M-CLE, described as ” a physical learning environment in which synergistic artificial intelligence through the use of robots(creative agents) is employed to  embellish the creativity of the child”, looks like a pretty fun toy. For those of you who haven’t figured out what it does from that quote, it is a toy that kids ride on to control a robot. That robot draws on the floor while other robots interact with it using AI. This is all made to “embellish” the child’s creative work.

To control the robot, a child rides on a Fischer Price Smart Cycle. The factory electronics were replaced with an ATMEGA168. A wireless transmitter connects to the robot, which is also powered by an ATMEGA168. While one robot is controlled by the child, the others are packed with sensors to allow them to interact with it. They use touch, ultrasonic ping detectors, and IR line detectors. You can see it all in action in the video summary.

The design is interesting, everything is bright and colorful, and the shark fins on the robots are a nice touch. We have to wonder though, with a toy to ride on, a robot to control, and 3 other robots to watch in wonder, is the child going to be too distracted to be very creative?